Modularization and decentralization in plant engineering

Development of well-structured, independently operating plant modules

• Flexibilization of production plants and high availability through rapid replacement of individual process engineering modules
• Division of the visualization system and the control program into small units
• Development speedup by using standardized machine elements
• Safeguarding of long-term competitiveness

Components for high pressure chemistry

• Reactors with FTIR (Fourier Transform Infrared Spectroscopy) and FBRM (Focused Beam Reflectance Measurement)
• Qualification of pressure dependent chemical processes, monitoring and optimization of the reaction behavior

Plant development for micro-reaction technology, numbering-up concepts

• Monitoring of the reaction process
• Simultaneous running of several reactions

Concept development for hybrid production processes

• Increasing productivity
• Integration of different manufacturing technologies in a hybrid production plant
• Savings in set-up times
• Significant reduction of throughput times